public void FileAllParsing(ucMaterialPropertiesEstimation ucMaterialPropertiesEstimation1, string strName)
{
bool result;
for (int i = 0; i < lstFileList.Items.Count; i++)
{
MPEClass1 = new MPEClass();
MPEData MPEData1 = MPEClass1.NewMPEData();
result = MPEData1.FileLoad(lstFileList.Items[i].SubItems[1].Text);
if (result == false) // 유효한 화일이 아니면 삭제한다
{
MPEClass1.DeleteMPEData(MPEData1);
}
else
{
MPEClass1.Name = strName;
ParameterInput(MPEData1, ucMaterialPropertiesEstimation1);
MaterialTypeInput(MPEData1);
//MPEData1.Calc();
}
}
if (MPEClass1 != null)
{
frmCalc frmCalc1 = new frmCalc();
frmCalc1.MPEClass1 = MPEClass1;
frmCalc1.ShowDialog();
}
}
private void DB_Load(MPEData MPEData1)
{
MPE_DB MPE_DB1 = new MPE_DB();
DataSet ds = MPE_DB1.GetSingleMaterialGraph(lblDataBaseLoad_ID.Text);
string strGraphType = ds.Tables[0].Rows[0]["GraphType"].ToString();
string strX_Axis = ds.Tables[0].Rows[0]["X_Axis"].ToString();
string strY_RigidBacking = ds.Tables[0].Rows[0]["Y_RigidBacking"].ToString();
string strY_AnechoicTermination = ds.Tables[0].Rows[0]["Y_AnechoicTermination"].ToString();
if (strX_Axis != "")
{
string [] dstrX_Axis = strX_Axis.Split(",".ToCharArray());
string [] dstrY_RigidBacking = strY_RigidBacking.Split(",".ToCharArray());
string [] dstrY_AnechoicTermination = strY_AnechoicTermination.Split(",".ToCharArray());
if (strGraphType == "1")
{
for (int i = 0; i < dstrX_Axis.Length; i++)
{
MPEData1.Frequency.AddData(double.Parse(dstrX_Axis[i].ToString()));
MPEData1.MAbsorption.AddData(double.Parse(dstrY_RigidBacking[i].ToString()));
}
}
// else if(strGraphType == "2")
// {
// for(int i = 0 ; i < dstrX_Axis.Length ; i++)
// {
// MPEData1.Frequency.AddData(double.Parse(dstrX_Axis[i].ToString()));
// MPEData1.MSurfaceImpedance.AddData(double.Parse(dstrY_AnechoicTermination[i].ToString()));
// }
// }
}
}
public void ParameterInput(MPEData MPEData1, ucMaterialPropertiesEstimation ucMaterialPropertiesEstimation1)
{
MPEData1.Thickness = double.Parse(ucMaterialPropertiesEstimation1.strThickness);
MPEData1.BulkDensity = double.Parse(ucMaterialPropertiesEstimation1.strBulkDensity);
MPEData1.FResist = double.Parse(ucMaterialPropertiesEstimation1.strFlowResistivity);
MPEData1.SFactor = double.Parse(ucMaterialPropertiesEstimation1.strStructureFactor);
MPEData1.Porosity = double.Parse(ucMaterialPropertiesEstimation1.strProsity);
MPEData1.ViscousCL = double.Parse(ucMaterialPropertiesEstimation1.strViscousCharLength) / 1000000;
MPEData1.ThermalCL = double.Parse(ucMaterialPropertiesEstimation1.strThermalCharLength) / 1000000;
MPEData1.Ymodulus = double.Parse(ucMaterialPropertiesEstimation1.strYoungsModulus);
MPEData1.PoissonR = double.Parse(ucMaterialPropertiesEstimation1.strPoissionsRatio);
MPEData1.LossFactor = double.Parse(ucMaterialPropertiesEstimation1.strLossFactor);
//MPEData1.Name = ucMaterialPropertiesEstimation1.e;
MPEData1.Temperature = double.Parse(this.edtTemperature.Text);
MPEData1.SID = MPEClass1.SID;
MPEData1.FResistEst = !ucMaterialPropertiesEstimation1.IsEnableFlowResistivity;
MPEData1.SFactorEst = !ucMaterialPropertiesEstimation1.IsEnableStructureFactor;
MPEData1.ViscousCLEst = !ucMaterialPropertiesEstimation1.IsEnableViscousCharLength;
MPEData1.ThermalCLEst = !ucMaterialPropertiesEstimation1.IsEnableThermalCharLength;
MPEData1.PorosityEst = !ucMaterialPropertiesEstimation1.IsEnableProsity;
MPEData1.YmodulusEst = !ucMaterialPropertiesEstimation1.IsEnableYoungsModulus;
MPEData1.PoissonREst = !ucMaterialPropertiesEstimation1.IsEnablePoissionsRatio;
MPEData1.LossFactorEst = !ucMaterialPropertiesEstimation1.IsEnableLossFactor;
}
public MPEData NewMPEData()
{
MPEData MPEData_Entity = new MPEData();
EstData.Add(MPEData_Entity);
return(MPEData_Entity);
}
public MPEData CopyMPEData()
{
if (EstData.Count > 0)
{
MPEData MPEData_Entity = ((MPEData)EstData[0]).Copy();
EstData.Add(MPEData_Entity);
return(MPEData_Entity);
}
else
{
return(NewMPEData());
}
}
public void DataBaseLoad(ucMaterialPropertiesEstimation ucMaterialPropertiesEstimation1, string strName)
{
MPEClass1 = new MPEClass();
MPEData MPEData1 = MPEClass1.NewMPEData();
MPEData1.Name = strName;
DB_Load(MPEData1);
ParameterInput(MPEData1, ucMaterialPropertiesEstimation1);
MaterialTypeInput(MPEData1);
MPEClass1.SID = int.Parse(lblDataBaseLoad_ID.Text);
MPEClass1.Name = lblDataBaseLoadName.Text;
frmCalc frmCalc1 = new frmCalc();
frmCalc1.MPEClass1 = MPEClass1;
frmCalc1.ShowDialog();
//MPEData1.Calc();
//MPEClass1.Temp();
//MPEClass1.Calc();
}
public void DeleteMPEData(MPEData obj)
{
EstData.Remove(obj);
}
private void MaterialTypeInput(MPEData MPEData1)
{
MPEData1.MID = int.Parse(MaterialTypeds.Tables[0].Rows[cboMeterialType.SelectedIndex]["MID"].ToString());
}
public void GraphDraw()
{
DataPlotter.DataSeries pSeries1;
DataPlotter.DataSeries pSeries2;
DataPlotter.DataSeries pSeries3;
plotter1.ColorGrid = Color.LightGray;
plotter1.XRangeStart = 0;
plotter1.XRangeEnd = 6400;
plotter1.XGrid = 1000;
plotter1.YRangeStart = 0;
plotter1.YRangeEnd = 1;
plotter1.YGrid = 0.2;
plotter1.Series.Clear();
plotter2.ColorGrid = Color.LightGray;
plotter2.XRangeStart = 0;
plotter2.XRangeEnd = 6400;
plotter2.XGrid = 1000;
plotter2.YRangeStart = 0;
plotter2.YRangeEnd = 1;
plotter2.YGrid = 0.2;
plotter2.Series.Clear();
plotter3.ColorGrid = Color.LightGray;
plotter3.XRangeStart = 0;
plotter3.XRangeEnd = 6400;
plotter3.XGrid = 1000;
plotter3.YRangeStart = 0;
plotter3.YRangeEnd = 60;
plotter3.YGrid = 10;
plotter3.Series.Clear();
bool DataExist = false;
MPEData MPEData1;
MD_DB MD_DB1 = new MD_DB();
int dGraph_ID = 0;
for (int i = 0; i < strID.Length; i++)
{
dGraph_ID = MD_DB1.IsGraphExist(bIsSingle, Measured, Incidence, FreqBand, 1, int.Parse(strID[i]));
if (dGraph_ID != -1)
{
MPEData1 = new MPEData();
if (MPEData1.DBLoad(bIsSingle, dGraph_ID) == true)
{
DataExist = true;
pSeries1 = new DataPlotter.DataSeries();
pSeries1.Name = "Data " + i.ToString();
int dR = (30 * i * 1000) % 256;
int dG = (20 * i * 200) % 256;
int dB = (10 * i * 10) % 256;
pSeries1.Color = Color.FromArgb(dR, dG, dB);
// switch(i)
// {
// case 0 :
// pSeries1.Color = Color.Blue ;
// break;
// case 1 :
// pSeries1.Color = Color.Red ;
// break;
// case 2 :
// pSeries1.Color = Color.Yellow ;
// break;
// case 3 :
// pSeries1.Color = Color.Green ;
// break;
// }
pSeries1.XData = MPEData1.Frequency.GetData();
pSeries1.YData = MPEData1.MAbsorption.GetData();
plotter1.YLabel = "Absorption Coefficient for Rigid Backing";
plotter1.XLabel = "Frequency [Hz]";
if (DataExist == true)
{
plotter1.Series.Add(pSeries1);
}
}
}
}
//plotter1.AutoRange();
plotter1.Refresh();
for (int i = 0; i < strID.Length; i++)
{
dGraph_ID = MD_DB1.IsGraphExist(bIsSingle, Measured, Incidence, FreqBand, 2, int.Parse(strID[i]));
if (dGraph_ID != -1)
{
MPEData1 = new MPEData();
if (MPEData1.DBLoad(bIsSingle, dGraph_ID) == true)
{
DataExist = true;
pSeries2 = new DataPlotter.DataSeries();
pSeries2.Name = "Data " + i.ToString();
pSeries2.XData = MPEData1.Frequency.GetData();
pSeries2.YData = MPEData1.MAbsorption.GetData();
int dR = (30 * i * 1000) % 256;
int dG = (20 * i * 200) % 256;
int dB = (10 * i * 10) % 256;
pSeries2.Color = Color.FromArgb(dR, dG, dB);
// switch(i)
// {
// case 0 :
// pSeries2.Color = Color.Blue ;
// break;
// case 1 :
// pSeries2.Color = Color.Red ;
// break;
// case 2 :
// pSeries2.Color = Color.Yellow ;
// break;
// case 3 :
// pSeries2.Color = Color.Green ;
// break;
// }
if (DataExist == true)
{
plotter2.Series.Add(pSeries2);
}
plotter2.YLabel = "Absotpyion Coefficient for Anechoic termiation";
plotter2.XLabel = "Frequency [Hz]";
}
}
//plotter2.AutoRange();
plotter2.Refresh();
}
for (int i = 0; i < strID.Length; i++)
{
dGraph_ID = MD_DB1.IsGraphExist(bIsSingle, Measured, Incidence, FreqBand, 3, int.Parse(strID[i]));
if (dGraph_ID != -1)
{
MPEData1 = new MPEData();
if (MPEData1.DBLoad(bIsSingle, dGraph_ID) == true)
{
DataExist = true;
pSeries3 = new DataPlotter.DataSeries();
pSeries3.Name = "Data " + i.ToString();
int dR = (30 * i * 1000) % 256;
int dG = (20 * i * 200) % 256;
int dB = (10 * i * 10) % 256;
pSeries3.Color = Color.FromArgb(dR, dG, dB);
// switch(i)
// {
// case 0 :
// pSeries3.Color = Color.Blue ;
// break;
// case 1 :
// pSeries3.Color = Color.Red ;
// break;
// case 2 :
// pSeries3.Color = Color.Yellow ;
// break;
// case 3 :
// pSeries3.Color = Color.Green ;
// break;
// }
pSeries3.XData = MPEData1.Frequency.GetData();
pSeries3.YData = MPEData1.MAbsorption.GetData();
plotter3.YLabel = "Transmission Loss [dB]";
plotter3.XLabel = "Frequency [Hz]";
if (DataExist == true)
{
plotter3.Series.Add(pSeries3);
}
}
}
}
//plotter3.AutoRange();
plotter3.Refresh();
}